About the job
About League
Founded in 2014, League is a healthcare consumer experience platform powered by artificial intelligence. The platform reaches over 63 million people worldwide, offering highly personalized healthcare solutions. League partners with payers, providers, and consumer health organizations to help them deliver engaging digital healthcare experiences. The company has raised more than $285 million in venture capital and supports brands such as Highmark Health, Manulife, Medibank, and Shoppers Drug Mart.
Role Overview: Software Engineer, Android (Multistack / AI-Native)
This intermediate-level position focuses on Android platform engineering, with a strong emphasis on multi-stack development and integrating AI into the development process. The role spans mobile (Android/iOS), web, and platform engineering. It centers on building scalable systems, developer tools, and platform features that support League’s applications across Android, iOS, web, and backend services.
Expect to work on complex, cross-platform challenges from start to finish. The work requires a systems-oriented approach, solid engineering fundamentals, and the ability to use AI to speed up development and improve code quality. League values engineers who think in terms of systems, not just individual platforms.
Team Focus: Member Portal
The Member Portal serves millions of users who check coverage, manage claims, and access ID cards on web, iOS, and Android. The team’s mission is to make healthcare navigation easier and use AI to help members understand and use their plans effectively. There are many real-world challenges and chances to make a difference for users.
What You Will Do
- Build and maintain platform capabilities and shared systems for mobile (Android), backend, and web
- Contribute across the stack using Kotlin, Swift, backend services, APIs, and developer tooling, based on project needs
- Help design and evolve internal developer tools, SDKs, and platform infrastructure
- Participate in full system design, including architectural decisions and trade-off analysis

